Explore the Benefits of Empore™ Membrane Solid Phase Extraction Products in LC/GC Sample Preparation

Register Free: https://www.chromatographyonline.com/lcgc_w/empore

Event Overview:

Empore™ SPE products utilizes particle-loaded membrane technology to extract analytes onto sorbent particles that are trapped within a tightly packed, inert polymer matrix. This technology has a dense and uniform extraction bed which helps to bring the elution volume down to 75 µL, increase flow rates up to 750 mL/min, generate extracts with no fine particle shedding, and reduce channeling effects. Empore™ 96-well SPE plates can also be used as both regular SPE plates and micro-elution SPE plates with sample sizes as low as 25 µL owing to its special particle-loaded membrane design. The application roadmap presented in this webinar will analyze specific case studies in pharmaceutical, toxicological, proteomics, and environmental disciplines, such as SVOCs in drinking water and wastewater samples, detection of Gleevec™ and its metabolite of Acute Myeloid Leukemia, anti-doping chemical monitoring at Olympic WADA labs, and peptide desalting and fractionation in proteomics research with application to COVID-19 detection.

Key Learning Objectives:

• Learn how Empore™ membrane thickness and uniformity are related to recovery percentage, efficiency, sensitivity, and reproducibility
• Learn about the Empore™ application roadmap for selecting sorbents for specific applications
• Learn about specific applications in pharmaceutics, life science, and environmental fields
• Learn how sample throughput of disks and cartridges can be maximized through the use SPE all-in-one workstations, like the Empore™ EZ-Trace workstation

Who Should Attend:

• Scientists incorporating sample preparation procedures into their workflows for the development of LC/GC methods
• Scientists working in pharmaceutical, toxicology, or proteomics sample preparation applications
• Scientists doing waste and drinking water testing in environmental testing labs
  

Speakers

Dr. Michael Apsokardu
Empore Product Manager
CDS Analytical

Michael is the Empore™ Product Manager at CDS Analytical. Having received a Bachelor’s Degree in Chemistry and Biochemistry from DeSales University in Center Valley, PA, he went on to get a doctorate degree in Chemistry from the University of Delaware in Newark, DE. As a Research Assistant at the University of Delaware, Michael developed new methods to examine chemical processing pathways of semi-volatile organic compounds in the atmosphere and the implications these chemical reactions have on the formation of atmospheric organic aerosols. Michael has over 6 years of experience in chromatography and mass spectrometry analysis, and now uses this experience to support the designing and testing of new technical applications for Empore™ at CDS Analytical.

Register Free: https://www.chromatographyonline.com/lcgc_w/empore